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9 results on '"Manenkova GM"'

1. [Natural foci of leptospirosis on the territory of Moscow in 1995 - 2004].

Author

Rodina LV, Timoshkov VV, Tsvil' LA, Manenkova GM, Salova NIa, Golovanova VP, Darkova LE, and Rumiantseva LN

Subjects
Animals, Ecosystem, Epidemiological Monitoring, Eulipotyphla microbiology, Leptospira classification, Rodentia classification, Rodentia microbiology, Russia epidemiology, Seroepidemiologic Studies, Species Specificity, Urban Population, Antibodies, Bacterial blood, Disease Reservoirs microbiology, Environmental Monitoring, Leptospira immunology, Leptospirosis prevention & control
Abstract

The results of ten-year observations of the natural foci of leptospirosis on the territory of Moscow are presented. Information on the foci, the main species of small mammals (the reservours of the infection), the etiological structure of leptospires, circulating among rodents and insectivores, is given.

Published
2006

2. [Natural foci of leptospirosis in Moscow in 1995 - 2004].

Author

Rodina LV, Timoshkov V, Tsvil' LA, Manenkova GM, Salova NIa, Golovanova VP, Darkova LE, and Rumiantseva LN

Subjects
Agglutination, Animals, Antibodies, Bacterial blood, Ecosystem, Humans, Leptospira immunology, Moscow epidemiology, Rodentia blood, Species Specificity, Urban Population, Disease Reservoirs microbiology, Leptospira isolation & purification, Leptospirosis prevention & control, Rodentia microbiology
Abstract

The article deals with the results of the 10-year study of the synanthropic urban foci of leptospirosis on the territory of Moscow. Information on the manifestation of the activity of the foci under study, rodents serving as the reservoir of infection in these foci, the etiological structure of the leptospires among these rodents, the state of leptospirosis morbidity among humans is presented.

Published
2005

3. [Rodents as the vectors of infective agents in the natural foci of infections in the Moscow megapolis].

Author

Rodina LV, Timoshkov VV, Manenkova GM, Tsvil' LA, Salova NIa, and Golovanova VP

Subjects
Animals, Antibodies, Bacterial blood, Antigens, Viral analysis, Ecosystem, Francisella tularensis immunology, Francisella tularensis isolation & purification, Orthohantavirus immunology, Orthohantavirus isolation & purification, Hemorrhagic Fever with Renal Syndrome virology, Leptospira immunology, Leptospira isolation & purification, Russia, Tularemia blood, Disease Vectors, Hemorrhagic Fever with Renal Syndrome prevention & control, Leptospirosis prevention & control, Rodentia microbiology, Tularemia prevention & control
Abstract

This work deals with the results of 40-year observations on the circulation of infective agents in the natural foci of infections (tularemia, leptospirosis, hemorrhagic fever with renal syndrome) among rodents and other small mammals in the territory of the Moscow. The monitoring of their frequency and the infection rates remains the main effective measure for the prophylaxis of dangerous infections among the population of the megapolis.

Published
2005

4. [An epidemic outbreak of pseudotuberculosis in a boarding school].

Author

Rodina LV, Solodovnikov IuP, Manenkova GM, Filatov NN, Ivanenko AV, and Tsvil' LA

Subjects
Adolescent, Adult, Child, Child, Preschool, Female, Humans, Male, Moscow epidemiology, Yersinia pseudotuberculosis Infections diagnosis, Yersinia pseudotuberculosis Infections transmission, Disease Outbreaks, Schools, Yersinia pseudotuberculosis Infections epidemiology
Published
1998

5. [A milk-borne outbreak of tularemia in Moscow].

Author

Manenkova GM, Rodina LV, Tsvil' LA, and Solodovnikov IuP

Subjects
Adult, Animals, Child, Humans, Moscow epidemiology, Tularemia diagnosis, Disease Outbreaks, Francisella tularensis, Milk microbiology, Tularemia transmission, Urban Population
Published
1996

6. [The epidemiologic-epizootiologic characteristics of leptospirosis in the Moscow region].

Author

Cherkasskiĭ BL, Shumilov PK, and Manenkova GM

Subjects
Adult, Age Distribution, Animals, Animals, Domestic, Animals, Wild, Child, Female, Humans, Male, Middle Aged, Morbidity trends, Moscow epidemiology, Retrospective Studies, Russia epidemiology, Sex Distribution, Urban Population statistics & numerical data, Leptospirosis epidemiology, Leptospirosis veterinary, Weil Disease epidemiology, Weil Disease veterinary
Published
1996

7. [Immunological characteristics of the 2-stage method of smallpox vaccination].

Author

Marennikova SS, Matsevich GR, Sokolova AF, Shul'ga LG, and Manenkova GM

Subjects
Antibodies, Viral isolation & purification, Antibody Formation, Child, Preschool, Evaluation Studies as Topic, Humans, Smallpox Vaccine therapeutic use, Vaccination methods, Variola virus immunology, Smallpox immunology, Smallpox Vaccine administration & dosage
Abstract

As a result of observations carried out on children the authors present immunological characteristics of two-stage smallpox vaccination at different intervals (1 to 60 days) between the injection of inactivated and live vaccine. There proved to be acceleration and intensification of antibody formation after two-stage immunization in comparison with the rutine vaccination. A seven-day interval between the injection of the inactivated and live preparations was recommended on the basis of the data obtained.

Published
1977

8. [Laboratory-confirmed case of human infection with ratpox (cowpox)].

Author

Marennnikova SS, Zhukova OA, Manenkova GM, and Ianova NN

Subjects
Adult, Animals, Bites and Stings complications, Bites and Stings microbiology, Disease Vectors, Female, Humans, Occupational Diseases microbiology, Occupational Diseases transmission, Rats, Rodent Diseases microbiology, Rodent Diseases transmission, Time Factors, Vaccinia microbiology, Vaccinia transmission, Vaccinia veterinary, Vaccinia virus isolation & purification, Occupational Diseases diagnosis, Vaccinia diagnosis
Abstract

The present work describes a case of human disease resulting from the bite of a white rat and caused by a biological variant of cowpox virus. The isolates obtained from the sick man and the white rats which had been the source of this infection proved to be identical and did not differ from the biological variants of cowpox virus, isolated earlier from white rats and carnivorous animals of the family Felidae. Thus, the possibility of ratpox (cowpox) transmission from sick rodents to man was established.

Published
1988

9. [Experimental study of the anthelmintic tetramisole].

Author

Cherniaeva AI, Kuznetsova OE, Manenkova GM, Bendiktov II, and Krotov AI

Subjects
Animals, Anthelmintics pharmacology, Ascaris drug effects, Fasciola hepatica drug effects, Mice, Taenia drug effects, Thiazoles pharmacology, Anthelmintics therapeutic use, Hymenolepiasis drug therapy, Thiazoles therapeutic use, Trichinellosis drug therapy, Trichuriasis drug therapy
Published
1971

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